ISSN 1025-532X ISBN 978-5-9906071-3-2
Fresh\·vater gastropods described by Ya.I. Starobogatov
ZOOLOGICHESKIE ISSLEDOVANIA No. 16 Zoological Museum of Moscow State University
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MOCKBA •:• 2014 ZOOLOGICHESKIE ISSLEDOVANIA No. 16
FRESHWATER GASTROPODS DESCRIBED BY YA.I. STAROBOGATOV
KMK SCIENTIFIC PRESS
MOSCOW •!• 2014 ISSN 1025-5320 ISBN 978-5-9906071-3-2
ZOOLOGICHESKIE ISSLEDOVANIA No. 16 300nor~~ECK~E ~CCnEUOBAH~~ NQ 16
Editorial Board Editor in Chief: M.V. Kalyakin D.L. Ivanov, K.G. Mikhailov, I.Ya. Pavlinov, N.N. Spasskaya (Secretary), A.V. Sysoev (Deputy Editor), O.V. Voltzit
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Editor of the Issue A.V. Sysoev
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Freshwater gastropods described by Ya.I. Starobogatov. - Zoologicheskie Issledovania. No. 16. 62 p., 19 color plates. An eminent Russian zoologist Ya.I. Starobogatov (1932- 2004) has described more than a thousand molluscan taxa of various rank. A considerable part of these are names of freshwater gastropod species introduced by him (often with coauthors). This issue is devoted to a state-of-the-art review of Starobogatov's species of the three families: Lym naeidae, Planorbidae, and Physidae ( 101 taxa in total). The data include a complete bibliography of the species, an information about the types, ecology, distribution, as well as illustrations based on the type series.
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© Authors, text, illustrations, 2014 © Zoological Museum MSU, design, 2014 © KMK Scientific Press, publication, 2014 CoNTENTs
T.Ya. Sitnikova, A.V. Sysoev, L.A. Prozorova Types of freshwater gastropods described by Ya.I. Starobogatov, with additional data on the species: family Lymnaeidae ...... 7 T.Ya. Sitnikova, A.V. Sysoev, P.V. Kijashko Types of freshwater gastropods described by Ya.I. Starobogatov, with additional data on the species: family Planorbidae ...... 39 T.Ya. Sitnikova, A.V. Sysoev, P.V. Kijashko Types of freshwater gastropods described by Ya.I. Starobogatov, with additional data on the species: family Physidae ...... 55
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TYPES OF FRESHWATER GASTROPODS DESCRIBED BY YA.I. STAROBOGATOV, WITH ADDITIONAL DATA ON THE SPECIES: FAMILY PHYSIDAE
1 2 3 T.Ya. Sitnikova , A.V. Sysoev , P.V. Kijashko
1 Limnological Institute of the Siberian Branch of Russian Academy of Sciences, Ulan-Batorskaya Str., 3, Irkutsk, 664033, Russia; e-mail: [email protected]. ru 2 Zoological Museum of Moscow M. V Lomonosov State University, Bolshaya Ni kitskaya Str., 6, Moscow, 125009, Russia; e-mail: [email protected] 3 Zoological Institute of Russian Academy of Sciences, Universitetskaya nab. 1, 199034 St. Petersburg, Russia, e-mail: [email protected]
The work aims to illustrate the type specimens of the freshwater physid gastropods described by Ya.I. Starobogatov with coauthors. The data on 14 described species include the history of the name application in literature, the information about type locality, type depository, localities of subsequent find ings, ecology, and comments on some species.
THTihi TIPECHOBO;J;HhiX JiPIOXOHOrHX MOJIJIIOCKOB, OTIHCAHHhiE H.H. CTAPOJiOrATOBhiM, C ;J;OTIOJIHHTEJihHhiMH ;J;AHHhiMH TIO BH)l;AM: CEMEHCTBO PHYSIDAE
1 2 3 T.H. CnTHHKOBa , A.B. Chicoeo , TI.B. KuHmKo
1 JlUMHOll02u Ilpe,n:CTaBJieHbi M306pa)l(eHlUI TMIIOBbiX 3K3eMIIJIHpOB rrpeCHOBO.U:HbiX raCT pOIIO.ll: ceMeiicTBa Physidae, orrMcaHHbiX 51.11. CTapo6oraTOBbiM c coaBTopaMM. CBe,n:eHMH o 14 paccMarpMBaeMbiX BM,n:ax BKmoqaJOT MCTOpHIO yrroMMHaHMH BM.U:OB B HayqHOH JIMTepaType, MH INTRODUCTION PHYSIDAE Fitzinger, 1833 APLEXINAE Starobogatov, 1967 The Russian malacological tradition adopts the system ofPhysidae having been developed by Star 1. Aplexa (Amuraplexa) amurensis Starobogatov obogatov (Starobogatov, 1967; 1970; Starobogatov et Prozorova in Starobogatov, Prozorova et et al., 1989; Starobogatov et al. , 2004), which di Zatrawkin, 1989 vides the family into two subfamilies: Physinae Fitz Fig. I A. inger, 1833 and Aplexinae Starobogatov, 1967. The same opinion was supported by most Western schol History of the name application. ars (e.g., Burch, 1982; Taylor, 2003; Bouchet et al., Starobogatov, Prozorova, Zatrawkin, 1989: 65, fig. 1 4. 2 4 2005). Molecular-phylogenetic studies (Wethington, (description, copulatory organ structure) Lydeard, 2007) have shown the monophyly ofphys Prozorova, 1991 a (record from Khanka Lake, in basins of ids and suggested to return to the simple two-genera rivers entering southern and northern Okhotsk Sea) Prozorova, 1991 b (1992) (egg mass morphology) classification system favored by Thiele (1931-1935) Prozorova, 1992 (living in ephemeric and semipermanent and Zilch (1959-1960) - Physa andAplexa (in North waterbodies) American species). Prozorova, Sharyi-Ool, 1999 (findings in Yenisei branch in The currently adopted subdivision into tribes vicinities of Kyzyl city) within each subfamily (Bouchet et al., 2005) corre Prozorova, 2001 (findings in off-road puddle near Karasik River, basin ofTumannaya River) sponds to that suggested by Taylor (2003). Physids Taylor, 2003 (mention) living in freshwater waterbodies of Russia and adja Starobogatov et al., 2004 (key to identification, distribution) cent countries were assigned by Taylor to the fol Kantor, Sysoev, 2005; Kantor et al. , 2010 (information about lowing tribes: Aplexini - genera Aplexa Fleming, types, type locality and general distribution) 1820, Amuraplexa Starobogatov, Prozorova et Zasypkina, 2008 (findings in Tynda River, as A. amuricus) Prozorova et al., 2009 (mention for Angara River and upper Zatrawkin, 1989, Paraplexa Starobogatov, 1989, Si Yenisei River) birenauta Starobogatov et Streletskaja, 1967; Phys Prozorova, 2013 (mention for malacofauna of Lower Amur ini - genera Physa Draparnaud, 1801 and Beringo River basin and Primorje) physa Starobogatov et Budnikova, 1976; and Phy Type locality. Khabarovsk Territory [Far East], selini Taylor, 2003 - genera Physella Haldeman, swamp near Konstantinovka settlement. 1843 and Costatella Dall, 1870. Types. Holotype (in alcohol): No. 1 [from No. Starobogatov et al. (2004) assigned two genera 220 of Ph. hypnorum, det. Moskvicheva, ZIN]. to the subfamily Aplexinae: Sibirenauta and Aplexa, Additional locations. Paratypes were not desig the latter one subdivided into subgenera (Aplexa, nated in the ZIN collection (although, they are prob Amuraplexa, Paraplexa); the subfamily Physinae ably paratypes as being re-identified by Staroboga includes 3 genera: Physa, Physella and Costatella, tov and Prozorova). They are listed in the catalogue the first including 4 subgenera: Physa, Mediterra as Ph. hypnorum det. Moskvicheva: Yakovlevka, neophysa Starobogatov et Budnikova, 1976, Ussur Spassk District, Primorye Territory (Nos. 121, 124); iphysa Starobogatov, Prozorova et Zatrawkin, 1989, Suputinsky Reserve (Nos. 122, 123); Primorye Ter Beringophysa Starobogatov et Budnikova, 1976. ritory, floodland ofDaubikhe River (Nos. 220, 221, Starobogatov with coauthors described 14 phys 7 spms in alcohol); swamp floodland of Suchan(= id species from the territory of the former USSR. Partizanskaya) River near Sergeevka settlement (No. The list of species given below follows Star 222); Khanka Lake at Spassk city; floodland of Zavitaya River, Zeya River basin; offroad ditch, obogatov et al., 1989; Starobogatov et al., 2004, Zavitinsky district, Amur Region (No. 229); Tol without additions or corrections. kacha River at Nizhniya Poltavka village, Amur All the types are stored in the collection of the Region (No. 231 ); floodland of the Bolhsoi In Riv Zoological Institute, St.-Petersburg (ZIN), unless er, Amur basin (No. 232); Lefu river moth, Khahka otherwise indicated. The registration numbers cor lowland (No. 235); Khabarovsk Territory, silo pit at respond to those in the systematic catalogue, as Petropavlovka village (No. 209); small lake at forest accepted in the ZIN collection (see also Kantor, border of Petropavlovka village (No. 207); offroad Sysoev, 2006: 10). puddle at the road to Krasnaya Rechka, Khabarovsk Abbreviations: City (No. 210); puddle at Ulbinka River, Amur ba IBSS - Institute of Biology and Soil Science sin (No. 245); puddles at Nizhneya Manoma, Kra FEB RAS, Vladivostok, Russia barovsk Teritory (No. 246); puddle in Komsomol LIN - Limnological Institute SB RAS, Irkutsk, sk-on-Amur City (No. 244); pasture of collective Russia farm "Put Iljicha", Irkutsk Region (No. 251). ZIN - Zoological Institute of Russian Academy Ecology. Lives in temporary waterbodies (Star of Sciences, St.-Petersburg, Russia obogatov et al. , 2004). Based on labels, it lives on Physidae of Starobogatov 57 water vegetation and on soft bottom; found together Starobogatov eta!., 2004 (key to identification, distribution) with A. orienta/is (Nos. 207, 209, 210, 232, 245, Kantor, Sysoev, 2005; Kantor eta!., 2010 (information about 246), A. moskvichevae (No. 122), A. moskvichevae types, type locality and general distribution) Prozorova, 2013 (mention for malacofauna of Lower Amur aphallica (No. 235), and S. kultukiana (No. 251). River basin and Primorje) Type locality. Artemovka River [Khabarovsk 2. Aplexa (Amuraplexa) aphallica Starobogatov Territory, Far East]. et Zatrawkin in Starobogatov, Prozorova et Types. Holotype (in alcohol) No 1; 2 paratypes Zatrawkin, 1989 (in alcohol): No. 2 [with label: floodland of Maikhe Fig. 1 B. River (old name of Artemovka River), col. Dwori adkin, 1973, det. Moskvicheva as A. hypnorum: No. History of the name application. 234]. Starobogatov, Prozorova, Zatrawkin, 1989: 66, fig. 1 7 (de- Additional findings. Paratypes were not desig scription as A. moskvichevae aphallica) Prozorova, Starobogatov, 1998 (mention as A. aphallica) nated, initially identified as A. hypnorum and then Taylor, 2003 (= Amuraplexa amurensis) re-identified as A. moskvichevae by Ya. Staroboga Starobogatov et a!., 2004 (key to identification, distribution tov: puddle at the road Khabarovsk-Vladivostok, 8 as A. aphallica) km from Khabarovsk (No. 176); Primorye Territory Kantor, Sysoev, 2005; Kantor eta!., 2010 (information about - Suputinsky Reserve (No. 122); dead channels and types, type locality and general distribution) Prozorova, 2013 (mention for malacofauna of Lower Amur bogs at Suputinka River, Suputinsky Reserve (No. River basin and Primorye) 226); bog at Tadushi River, Skobelevo village (No. Type locality. Primorye Territory [Far East], 233); floodland of Maikhe River (No. 224); Kha Khanka district, a channel in the rice field in vicinity barovsk Territory, swamp near settlement Konstan of Vladimiro-Petrovka village. tinovka (No. 220). Types. Holotype (in alcohol) No. 1 [from No. Ecology. Lives in temporary waterbodies (Star 203 of A. hypnorum, det. Lazareva]. obogatov et al., 2004). Judging from labels, found Additional findings. Lefu River mouth, Khanka together with A. orienta/is (Nos. 220, 226, 233), A. Lake lowland (Nos. 228, 235 of A. hypnorum, re amurensis (Nos. 220) and Ph. hankensis (No. 176). identified by Prozorova and Starobogatov). Ecology. Lives in temporary waterbodies (Star 4. Aplexa (Amuraplexa) orienta/is Starobogatov obogatov et al., 2004). et Prozorova in Starobogatov, Prozorova et Remarks. One lot (No. 203) out of more than Zatrawkin, 1989 500 spms in the ZIN - A. hypnorum, det. Lazareva, Fig. 1 E. has been re-identified by Starobogatov, Prozorova and Zatrawkin as A. moskvichevae, as indicated by a History of the name application. handwritten label inserted in the tube with this spec Starobogatov, Prozorova, Zatrawkin, 1989: 65, fig. 1 5, 2 5 imen. A separate sheet attached to the catalogue, (description, copulatory organ morphology) Prozorova, 199la (record from Khanka Lake, in basins of has a Starobogatov's handwritten note indicating rivers entering southern and northern Okhotsk Sea) that the specimen from the lot A. hypnorum No. 203 Prozorova, 1992 (mention for ephemeral and periodic water is the holotype of A. moskvichevae aphallica. The bodies) jar with other specimens contains a label written by Prozorova, 2001 (record from shallow waterbodies on the M. Zatrawkin and indicating that they belong to A. shore of Sivuchiya Bight, Tumannaya River basin) Taylor, 2003 (= Amuraplexa amurensis) amurensis. Starobogatov eta!., 2004 (key to identification, distribution) Kantor, Sysoev, 2005; Kantor eta!., 2010 (information about 3. Aplexa (Amuraplexa) moskvichevae types, type locality and general distribution) Starobogatov et Zatrawkin in Starobogatov, Prozorova, 2013 (mention for malacofauna of Lower Amur River basin and Primorye) Prozorova et Zatrawkin, 1989 Type locality. Khabarovsk Territory [Far East], Fig. 1 C, D. swamp near settlement Konstantinovka. Types. Holotype (in alcohol) No. 1 (from No. History of the name application. 220 - A. hypnorum). Starobogatov, Prozorova, Zatrawkin, 1989: 66, fig. 1 (6), 2 (6) (description as A. moskvichevae moskvichevae) Additional findings. As A. hypnorum - small Prozorova, 1991a (findings in Khanka Lake, in basins of lake at the forest border at Petropavlovka village, rivers entering southern and northern Okhotsk Sea, as A. Khabarovsk Territory (No. 207); puddle at a road at moskvichevae) the same village (No. 208); puddle at the road to Prozorova, 1991 b ( 1992) (egg mass morphology, as A. mosk Krasnaya Rechka, Khabarovsk City (No. 210) ; pud vichevae moskvichevae) Prozorova, 1992 (mention for ephemeral and periodic water dle at Shkotovo railway station, Primorye Territory bodies) (No. 125); running bog at Amgun River, P. Osipen Taylor, 2003 (= Amuraplexa amurensis) ko village, Khabarovsk Territory (No. 212); shore 58 T.Ya. Sitnikova, A.V. Sysoev, P.V. Kijashko puddle in forest of right bank of Bomnak channel, PHYSINAE Fitzinger, 1833 Upper Zeya basin (No. 217); girts and bogs at Su putinka River, Suputinsky Reserve (No. 226); Uti 7. Physa (Physa) streletzkajae Starobogatov et noe Lake, Suifun (= Razdolnaya) River floodland at Budnikova, 1976 Nezhino settlement, Primorye Territory (No. 227); Fig. 2 B. Zeya River floodland, from the river to the Gilyui River mouth (No. 230); Bolshoi In River floodland, History of the name application. Amur basin (No. 232); bog at Tadeushi River, Sko Starobogatov, Budnikova, 1976: 84, fig. 5 II (description, belevo village (No. 233); Lazo village (Vangou) copulatory apparatus structure) Bogatov, Zatrawkin, 1990: (information about types, key to (No. 236); identification, shell morphology, ecology and distribu Ecology. Lives in temporary waterbodies (Star tion) obogatov et al., 2004). Judging from labels, found Prozorova, 1998 (record from Kolyma and Anadyr river together with A amurensis (Nos. 207, 210, 232), A. basins, northwestern shores of the Okhotsk Sea) moskvichevae (Nos. 226, 233), and Sibirinauta kul Taylor, 2003 (= Ph. streletzkajae) Starobogatov eta!., 2004 (key to identification, distribution) tukiana (B. Dybowski, 1913) (No. 230). Kantor, Sysoev, 2005; Kantor eta!., 20 I 0 (information about types, type locality and general distribution) 5. Aplexa (Amuraplexa) japonica Prozorova et Dolgin, 2009 (mention for Yano-Kolhym province) Starobogatov, 1998 Type locality. Anadyr district, Vakarevo, lake Fig. 1 F. No. 6, station 5 (Chukchi Peninsula). Types. Holotype (dry, fractured) No. 1; 1 History of the name application. paratype (in alcohol, dissected) from type locality: Prozorova, Starobogatov, 1998: 1068, textfig. No.2. Type locality. Moss "pillows" on the bank of Additional findings. Penzhina River basin, at brook entering the Sekigawa River, Sasagamine Slautnoe settlement (Kamchatka) (ZINNo. 4). Mount, 1340 m a.s.l., Niigata Prefercture, Honshu, Ecology. Lyrnnophylic. No exact additional data. Japan. Types. Holotype (initially in alcohol, then dried) 8. Physa (Mediterraneophysa) arachleica No. 1; 3 paratypes (initially in alcohol, one of them Starobogatov et Prozorova in Starobogatov, subsequently dried) from type locality: No. 2. Prozorova et Zatrawkin, 1989 Additional findings. No data. Fig. 2 C. Ecology. No exact data. History of the name application. 6. Sibirenauta tuwaensis Starobogatov et Starobogatov, Prozorova, Zatrawkin, 1989: 72, fig. 3 4, 4 4 Zatrawkin in Starobogatov, Prozorova et (description, copulatory apparatus structure) Zatrawkin, 1989 Bogatov, Zatrawkin, 1990 (information about types, key to identification, shell morphology, ecology, record from Fig. 2 A. Kolyma River delta) Prozorova, Sharyi-Ool, 1999 (records from Azis Lake and a History of the name application. backwater ofYenisei River at Kyzyl City) Starobogatov, Prozorova, Zatrawkin, 1989: 68, figs. I 9, 2 8 Klishko, 2003 (shell picture from Arakhlei lake) (description, copulatory apparatus structure) Taylor, 2003 (= Ph. arachleica) Prozorova, Sharyi-Ool, 1999 (record from puddle at Azas Starobogatov eta!., 2004 (key to identification, distribution) Lake and Khogan-Khel Lake, Tuva) Kantor, Sysoev, 2005; Kantor eta!., 2010 (information about Taylor, 2003 (as Aplexinae incertae sedis) types, type locality and general distribution) Starobogatov eta!., 2004 (key to identification, distribution) Dolgin, 2009 (mention for Lena River province) Kantor, Sysoev, 2005; Kantor eta!., 2010 (information about Prozorova eta!., 2009 (mention for Ivano-Arakhlei lakes) types, type locality and general distribution) Dolgin 2012 (record from Tuva) Dolgin, 2012 (mention for Upper Yenisei and Tuva) Dolgin, 2013 (foothills and low-altitude mountains of Sayan Dolgin, 2013 (low-altitude and middle-range mountains of mountain system) Sayan mountain system) Type locality. Arakhlei Lake [Transbaikalia, SE Type locality. Temporary puddle near Toora Siberia]. khem settlement, Tuva ASSR [at the border of Mon Types. Holotype (in alcohol, currently dried): golia]. No. 1; 12 paratypes (in alcohol, 1 dissected, the Types. Holotype (in alcohol) No. 1 [from No. other with nearly completely destroyed shell) from 248 A. hypnorum, det. Gundrizer]; 13 paratypes (in type locality: No. 2. alcohol) from type locality: No. 2; and 2 (dry) Additional findings. No additional data; the paratypes from Eder-Hol (Mongolia): No. 3. record from waterbodies of Tuva is probably erro Additional findings. No additional data. neous, according to Prozorova et al. (2009). Ecology. Lives in temporary waterbodies (Star Ecology. Lives in the zone of water vegetation obogatov et al., 2004). (Klishko, 2003). Physidae of Starobogatov 59 9. Physa (Ussuriphysa) hankensis Starobogatov 11. Physa (Ussuriphysa) khabarovskiensis et Prozorova in Starobogatov, Prozorova et Starobogatov et Zatrawkin in Starobogatov, Zatrawkin, 1989 Prozorova et Zatrawkin, 1989 Fig. 2 D. Fig. 2 F. History of the name application. History of the name application. Starobogatov, Prozorova, Zatrawkin, 1989: 72, figs. 3 5, 4 Starobogatov et al., 1989: 73, fig. 3 6 (shell description) 5,6 Bogatov, Zatrawkin, 1990 (information about types, key to Bogatov, Zatrawkin,l990 (information about types, key to identification, shell morphology, ecology and distribu identification, shell morphology, ecology, records from tion) middle and lower Amur River) Taylor, 2003 (= Ph. hankensis) Prozorova, 199la (egg mass morphology) Starobogatov eta!., 2004 (key to identification, distribution) Prozorova, 1991 b (1992) (record from Khanka Lake, in Kantor, Sysoev, 2005; Kantor et al., 2010 (information about basins of rivers entering southern and northern Okhotsk types, type locality and general distribution) Sea) Prozorova, 2013 (mention for malacofauna of Lower Amur Prozorova, 2001 (record from Lotos Lake) River basin and Primorye) Taylor, 2003 (= Ph. hankensis) Starobogatov et al., 2004 (key to identification, distribution) Type locality. Khabarovsk, swamp near Kak Kantor, Sysoev, 2005; Kantor eta!., 2010 (information about tokovskoye Lake (Far East). types, type locality and general distribution) Types. Holotype (in alcohol): No. I [from No. Zasypkina, 2008 (records from Tynda and Tygra rivers) 399 of Physafontinalis ]. No paratypes. Prozorova, 2013 (mention for malacofauna of Lower Amur Additional findings. No data. River basin and Primorje) Type locality. Khabarovsk, swamp near Kak Ecology. Lives in shallow permanent waterbod tokovskoye Lake [Far East]. ies (Starobogatov et al., 2004). Found together with Types. Holotype No. 1 [derived from No. 399 of Ph. hankensis (Starobogatov et al., 1989). Ph. fontinalis]. No paratypes. Additional findings. Lake Khanka (Staroboga 12. Physa (Beringophysa) chukchensis tov et al., 1989). Starobogatov et Budnikova, 1976 Ecology. Prefers clear lakes with well developed Fig. 2 G. submerged water vegetation (Prozorova, 2001 ). Found together with Ph. khabarovskiensis in Khan History of the name application. ka Lake and with A. moskvichevae [puddle on the Starobogatov, Budnikova, 1976: 84. fig. 5 I (description as road from Khabarovsk to Vladivostok, 8 km from Ph. (Beringophysa) ampullacea chukchensis, copulato ry apparatus structure) Khabarovsk (No. 176)]. Starobogatov et al., 1989 (mention as Ph. chukchensis) Bogatov, Zatrawkin, 1990 (information about types, key to 10. Physa (Ussuriphysa) jarochnovitschae identification, shell morphology, ecology and distribu Starobogatov et Zatrawkin in Starobogatov, tion) Prozorova et Zatrawkin, 1989 Prozorova, 1998 (mention for Chaun Lowland, Amguema Fig. 2 E. River basin, north-western Alaska) Taylor, 2003[(= Beringophysajennessii (Dall, 1919)]. Starobogatov et al., 2004 (key to identification, distribution) History of the name application. Kantor, Sysoev, 2005; Kantor et al., 2010 (information about Starobogatov, Prozorova, Zatrawkin, 1989: 73, fig. 3 7, 4 7 types, type locality and general distribution) (description, difference from Ph. hankensis in copulato Dolgin, 2009 (mention for Yano-Kolhym province) ry apparatus structure) Type locality. U st-Chaun [Chukchi Peninsula]. Bogatov, Zatrawkin, 1990 (information about types, key to identification, shell morphology, ecology and distribu Types. Holotype (in alcohol) No. 1; paratypes tion) (in alcohol): 8 spms from type locality (No. 2); 14 Taylor, 2003 (= Ph. hankensis) spms from lake of Amguema River near 105 km of Starobogatov et al., 2004 (key to identification, distribution) track Egvekinot-Iultin (Ckukchi Peninsula). Kantor, Sysoev, 2005; Kantor eta!., 20 I 0 (information about Additional findings. Lakes in middle reaches of types, type locality and general distribution) Prozorova, 2013 (mention for malacofauna of lower Amur the Kurupkan River (Chukchi Peninsula, near Prov River basin and Primorye) idence Bay) (ZIN). Type locality Delta of the Kolyma River (NE Ecology. Lives in thermokarst waterbodies (Star Siberia). obogatov et al., 2004). Types. Holotype (in alcohol, presently dried): Remarks. Five paratypes (No. 3) from type lo No. 1 and alcohol-preserved paratypes from type cality (originally identified as such by Budnikova locality: No. 2. and Starobogatov) were reidentified by Staroboga Additional findings. No exact data. tov as a mixture of two species: Ph. chukchensis and Ecology. Lives in stagnant waterbodies (Staro Ph. j ennessii. Paratypes No. 5 (lake near airport of bogatov et al., 2004). Anadyr, Chukchi Peninsula) were also reidentified, 60 T.Ya. Sitnikova, A.V. Sysoev, P.V. Kijashko and served as a source for separation of holotypes of Dolgin, 2009 (mention for Upper Yenisei, Lena and Yano Ph. kuvaevi and Ph. tei. Kolhym provinces) Type locality. Lake near airport Anadyr (Chuk 13. Physa (Beringophysa) kuvaevi Starobogatov chi Peninsula). et Prozorova in Starobogatov, Prozorova et Types. Holotype (in alcohol): No. 1 [from No. 5 Zatrawkin, 1989 of Ph. chukchensis, coll. Budnikova, det. Budniko Fig. 3 A. va & Starobogatov]. Additional findings. Floodland lake in 15 km History of the name application. from the Avtotkuul river mouth, Anadyr liman: No 2. Starobogatov et al., 1989: 74, fig. 3 8, 4 8 (description, Ecology. Lives in thermokarst waterbodies (Star copulatory apparatus structure) obogatov et al., 2004). Bogatov, Zatrawkin, 1990 (information about types, key to Remark. We illustrate a specimen which does identification, shell morphology, ecology and distribu not belong to the type series, because the holotype is tion) Prozorova, 1998 (mention for Lower Anadyr River basin) heavily damaged whereas there no paratypes. How Taylor, 2003 [= Beringiophysajennessii (Dall, 1919)]. ever, this specimen was identified by Starobogatov Starobogatov et al. , 2004 (key to identification, distribution) himself. Kantor, Sysoev, 2005; Kantor et al., 2010 (information about types, type locality and general distribution) Type locality. Lake near airport Anadyr (Chuk CoNCLUSION chi Peninsula). Type series. Three specimens from type locali Taylor (2003) believes that three species (A. aph ty: No. 1. allica, A. moskvichevae and A. orientalis) are syn Additional findings. No data. onyms of A. amurensis, 2 species (Ph. jarochno Ecology. Lives in thermokarst waterbodies (Star vitschae and Ph. khabarovskiensis) are synonyms of obogatov et al., 2004). Ph. hankensis, and three species (Ph. chukchensis, Remark. There is a problem with the holotype. Ph. kuvaevi and Ph. tei) are synonyms of Beringo The lot No. 1 contains 3 spms identified by Star physajennessii. Therefore, the number of valid spe obogatov as Ph. kuvaevi and separated from 6 cies of Starobogatov and coauthors shrinks to 6. paratypes of Ph. ampullacea chukchensis (No. 5). The total number of species recorded for waterbod [The other 2 spms were reidentified by Staroboga ies of Russia can be also decreased if the recently tov as Ph. sp., and one was selected as the holotype proven data within the family is taken into account: of Ph. tei.] No other specimens identified as Ph. both the molecular analysis (Wethington, Lydeard, kuvaevi were found in the collection, even though 2007) together with anatomical data, and "the grow the authors mentioned 5 shells collected in the type ing body of experimental evidence demonstrating locality. Since the label data correspond to the type little reproductive isolation among many physid pop locality, the 3 spms with authors' identification ulations formerly considered specifically distinct" should be regarded as the type series. Of these 3 (Dillon, 2007). spms of Ph. kuvaevi, two are represented by frag mented shells, thus the holotype cannot be reliably ACKNOWLEDGEMENTS identified as such based on the shell dimensions. Here we illustrate the only more or less intact shell The authors are very grateful to L.L. Y arokhno (H = 4.2 mm vs 10.5 mm in the holotype) which vich (ZIN) for her invaluable help in dealing with should be treated as paratype. the gastropod collection of the Institue; to Dr. L.A. Prozorova (IBSS) for information about some spec 14. Physa (Beringophysa) tei Starobogatov et imens from the ZIN collection, and to E. Dolid Prozorova in Starobogatov, Prozorova et (LIN) for processing some shell illustrations. The Zatrawkin, 1989 work was supported by the RFBR projects Nos 12- Fig. 3 B, C. 04-00503, 14-44-04105 and the RSF Project No. 14-50-00029. This study was also partially support History of the name application. ed by Budget Research Project, No. VI.51.1.10 in Starobogatov et a!. , 1989: 74-75, fig . 3 9 (description) Bogatov, Zatrawkin, 1990 (information about types, key to LIN SD RAS. identification, shell morphology, ecology and distribu tion) Prozorova, 1998 (mention for North-eastern Asia, Lower REFERENCES Anadyr River basin; Canada) Taylor, 2003 [ MOJIJUOCKH rrpeCHbiX 11 COJIOHOBaTbiX BO)J, ,[(aJibHero (9): 41-45. [Ilpo3oposa JI.A. 1992. MorrrriOCKH Ma BocroKa CCCP: Orrpe)J,eJII1Terrh. Brra)J,I1BOCTOK: 113)1, JibiX BO)J,OeMOB IOra ,[(arrhHero BocroKa Pocc1111. - so .[(BO AH CCCP. 169 c.] [In Russian]. 3oorrom'!eCKHH )l(ypHarr, 71 (9): 41-45.] [In Russian]. Bouchet P., Rocroi J.-P., Fryda J., Hausdorf B., Ponder Prozorova L.A., 1998. 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